How Education Has Shaped During The Years in 2026

Technology in Education Is More Than Classroom Devices

Educational technology, often called edtech, includes the hardware, software, digital content and services used to support teaching, learning, communication and school operations.

Examples include:

• Laptops, tablets and interactive classroom displays
• Learning management systems
• Online courses and degree programs
• Digital textbooks and open educational resources
• Research databases and digital archives
• Interactive simulations and virtual laboratories
• Assistive technologies
• Assessment and progress-monitoring tools
• Video conferencing and collaboration platforms
• Artificial intelligence-supported tutoring and feedback
• Student information and school communication systems
• Cybersecurity, identity and device-management systems

A tool should be judged by what students and teachers can do with it. Watching a video, clicking through slides or completing digital worksheets is not necessarily more effective than reading, discussion or hands-on work.

Technology should solve a defined educational problem

Before adopting a tool, educators should be able to explain:

• Which student need it addresses
• Which learning objective it supports
• Why an existing method is insufficient
• How teachers will use it
• How success will be measured
• What new risks or burdens it creates

1. Technology Can Make Learning More Interactive

Technology can help students explore ideas rather than only receive information. This is especially valuable when a tool allows learners to manipulate variables, analyse evidence, build something or explain their reasoning.

Students may be able to:

• Explore geography through interactive maps and satellite imagery
• Model scientific systems through simulations
• Analyse current economic or environmental data
• Create videos, podcasts, presentations and digital portfolios
• Use virtual laboratories where physical equipment is unavailable
• Collaborate on research and writing in shared documents
• Practise languages through audio, video and interactive exercises
• Study digitized historical documents and museum collections
• Test computer code and immediately see results

Active use is usually more valuable than passive use

Technology is more likely to support learning when students create, investigate, compare, revise and communicate. Replacing a printed worksheet with the same worksheet on a screen may add cost and distraction without changing the learning experience.

Teacher guidance remains essential

An interactive activity does not automatically produce understanding. Teachers help students:

• Connect the activity with the lesson objective
• Interpret evidence and results
• Recognize misleading outputs
• Explain why a model behaves in a particular way
• Discuss competing interpretations
• Transfer learning to new problems

2. Online Learning Can Expand Access and Flexibility

Online and hybrid learning can make education available to students who cannot attend a campus every day because of employment, caregiving, disability, military service, transportation or geographic distance.

Online education may include:

• Fully online college degree programs
• Hybrid programs combining online and in-person instruction
• Professional certificates and continuing education
• Virtual tutoring and academic support
• Online high school and dual-enrollment courses
• Employer-supported training
• Self-paced open courses

Potential benefits

• Scheduling flexibility: Some assignments can be completed around work and family responsibilities.
• Geographic access: Students can consider programs beyond commuting distance.
• Reusable materials: Recorded explanations and demonstrations can be reviewed more than once.
• Program choice: Specialized courses may reach a broader audience.
• Accessibility: Well-designed online materials can include captions, adjustable text and assistive-technology support.

Online learning is not automatically easier

Students may need reliable internet access, an appropriate device, time-management skills, technical support and a quiet place to work. A flexible program can still have scheduled live classes, supervised fieldwork or in-person examinations.

How to evaluate an online college program

• Verify the institution and program through the U.S. Department of Education's accreditation database.
• Calculate tuition, fees, equipment and travel costs.
• Confirm whether the program meets professional licensing requirements in the student's state.
• Review whether courses are asynchronous, live or mixed.
• Check technology and attendance requirements.
• Evaluate tutoring, disability services, advising and career support.
• Review transfer-credit policies.
• Examine completion, employment and licensure outcomes where reliable data is available.

Accreditation is an important quality and eligibility check, but it does not by itself prove that a program is affordable, suitable or likely to lead to a specific job.

3. Technology Can Support Personalized Learning

Students begin with different levels of knowledge, confidence, language proficiency and support. Digital platforms can sometimes help teachers provide activities or feedback that respond to those differences.

Personalized-learning tools may support:

• Practice questions that adjust to student responses
• Immediate feedback on structured exercises
• Reading or mathematics work matched to current skill level
• Dashboards identifying concepts that require reteaching
• Alternative formats for the same content
• Additional practice or enrichment
• Student choice among approved learning activities

Personalization is not the same as isolation

A student should not spend the entire school day moving through individualized software alone. Discussion, collaboration, teacher explanation and shared experiences remain important.

Automated recommendations should not control important decisions

A platform cannot fully understand a student's disability accommodations, family circumstances, motivation, language needs or emotional well-being. Teachers should treat algorithmic recommendations as one source of information rather than a final judgment.

4. Technology Can Improve Accessibility—When It Is Designed Correctly

Digital learning can support students with disabilities through captions, screen readers, adjustable displays, alternative input methods and other assistive technologies. Inaccessible systems can create the opposite result by excluding students from assignments, assessments or communication.

Accessible digital content may include:

• Accurate captions and transcripts
• Keyboard-accessible navigation
• Screen-reader compatible headings, forms and tables
• Text alternatives for meaningful images
• Readable color contrast
• Resizable text and responsive layouts
• Speech-to-text and text-to-speech tools
• Accessible documents and digital assessments
• Alternatives for time-limited or motion-based interactions

WCAG and current public-school accessibility requirements

The Web Content Accessibility Guidelines are widely used technical standards for digital accessibility. WCAG 2.2 is the latest W3C Recommendation, but the U.S. Department of Justice's current ADA Title II web and mobile application rule uses WCAG 2.1 Level AA as its technical standard for covered state and local government entities.

Public schools, community colleges and public universities are among the entities covered by Title II. In April 2026, the Department of Justice extended the compliance dates:

• April 26, 2027, for covered public entities serving populations of 50,000 or more
• April 26, 2028, for covered public entities serving populations below 50,000 and for special district governments

Schools should obtain current legal advice because exceptions, entity classification and other disability laws may affect obligations before those dates.

Questions to ask a vendor

• Can the platform be used without a mouse?
• Are form labels and error messages accessible?
• Do videos include accurate captions?
• Can screen readers interpret assignments and assessments?
• Does the vendor provide an accessibility conformance report?
• How are accessibility defects reported and corrected?
• Can teachers create accessible content within the platform?

Accessibility should be evaluated before procurement, not after a student is unable to participate.

5. Technology Makes Digital and Media Literacy Essential

Digital access gives students immediate access to current research, public records, news, data and primary sources. It also exposes them to manipulated images, false claims, advertising and low-quality information.

Students should learn how to:

• Identify who created a source
• Understand the creator's purpose and incentives
• Distinguish evidence from opinion
• Compare claims across reliable sources
• Check publication dates and updates
• Recognize sponsored content and native advertising
• Interpret graphs and statistics critically
• Identify manipulated media
• Use primary and secondary sources appropriately
• Cite information and respect intellectual property
• Protect personal information online

AI literacy is now part of digital literacy

Students also need to understand that generative AI can produce plausible but inaccurate answers. They should learn to verify outputs, identify missing evidence, disclose permitted use and remain responsible for the final work.

6. Technology Can Support Collaboration and Global Learning

Digital platforms can connect students with classmates, experts and learners in other locations. These experiences may develop communication, teamwork and cultural awareness.

Students may:

• Work together on shared documents and presentations
• Participate in virtual discussions
• Interview experts remotely
• Collaborate with another school or country
• Present work through text, audio, video or multimedia
• Build digital portfolios

Online communities require structure

Schools should establish:

• Rules for respectful communication
• Approved platforms
• Privacy expectations
• Teacher oversight
• Harassment-reporting procedures
• Academic integrity and attribution rules
• Age-appropriate digital citizenship instruction

7. Technology Changes the Role of Teachers—It Does Not Remove It

Technology may automate administrative tasks or provide immediate feedback on certain exercises. It cannot replace the teacher's responsibility for explanation, judgment, motivation, relationships and classroom culture.

Teachers using technology may act as:

• Instructors explaining essential knowledge and skills
• Designers of learning experiences
• Guides for research and source evaluation
• Facilitators of discussion
• Mentors recognizing individual needs
• Evaluators determining whether learning occurred
• Educators in digital citizenship and academic integrity

Professional development is part of the implementation cost

A school should not purchase a platform and assume teachers will discover effective uses on their own. Educators may need:

• Time to learn the system
• Examples connected to their subject
• Accessibility training
• Privacy and cybersecurity guidance
• Technical support
• Time to redesign lessons
• A process for reporting problems

The 2024 National Educational Technology Plan describes a digital design divide in which educators have unequal access to the time, training and support required to design technology-enabled learning.

8. Artificial Intelligence Creates Opportunities and New Responsibilities

AI tools may support tutoring, language practice, accessibility, lesson planning, feedback, administration and college or career exploration.

Potential uses include:

• Generating practice questions
• Providing language-learning exercises
• Helping teachers brainstorm lesson materials
• Creating alternative text formats
• Supporting high-impact tutoring
• Organizing administrative information
• Exploring career and college pathways

In July 2025, the U.S. Department of Education issued guidance recognizing possible uses of federal education funds for responsible AI-supported instructional materials, tutoring and college or career navigation, provided those uses comply with existing laws and program requirements.

AI risks in education

• Confidently stated factual errors
• Bias and unequal performance across users
• Exposure of student data
• Inappropriate content
• Overreliance on automated recommendations
• Unequal access among students
• Academic integrity problems
• Loss of student authorship and independent practice

Responsible AI questions

• What educational purpose does the tool serve?
• Is student information entered into the system?
• How is data retained, shared or used to train models?
• Who checks accuracy and bias?
• Can a student appeal an automated recommendation?
• Is a human responsible for important decisions?
• Are parents, students and teachers involved in adoption decisions?
• Can all students access the tool equitably?

Academic integrity policies should be assignment-specific

A school-wide statement can establish broad principles, but instructors should explain what is allowed for each assignment. Policies may address:

• Whether AI is permitted
• Which uses are permitted
• How assistance must be disclosed
• Which parts must be independently completed
• How outputs must be verified
• What counts as unauthorized assistance

AI-detection tools should not be treated as infallible proof of misconduct. Investigations should consider the complete assignment process, student explanation and institutional procedures.

9. Learning Analytics Can Support Intervention—but Not Replace Context

Digital systems can help educators review assignment completion, quiz results, attendance and patterns of difficulty. This may support earlier intervention.

Data may help teachers:

• Identify concepts requiring reteaching
• Recognize students who may need support
• Compare progress over time
• Offer targeted practice
• Communicate with students and families

Platform activity is not the same as learning

Time logged in, clicks and completed screens may not show understanding. Data may also be incomplete because of disability needs, internet problems, language barriers or use of offline materials.

Important educational decisions should involve educator judgment, multiple forms of evidence and an opportunity for the student or family to provide context.

10. Student Privacy Requires More Than a Vendor Privacy Policy

Education platforms may collect names, email addresses, assignments, grades, attendance, behavior records, disability-related information, device identifiers, voice recordings and activity data.

FERPA

The Family Educational Rights and Privacy Act gives parents—and eligible students after rights transfer—rights concerning education records, including access, amendment and control over many disclosures of personally identifiable information.

FERPA applies to educational agencies and institutions receiving funds under applicable U.S. Department of Education programs. It does not apply to every educational business in the same way.

COPPA

The Children's Online Privacy Protection Rule applies to covered operators collecting personal information online from children under 13. The FTC amended the COPPA Rule on April 22, 2025.

Current requirements include:

• Notice and verifiable parental consent where required
• Limits on collecting more information than necessary
• Security and confidentiality safeguards
• Retention only as long as reasonably necessary
• Parental access and deletion rights
• Separate consent for certain third-party disclosures related to targeted advertising

A school may sometimes consent on a parent's behalf when a service is used for the benefit of the school and for no other commercial purpose. The operator remains responsible for COPPA compliance and cannot simply transfer that obligation to the school.

Vendor-review questions

• What student information is collected?
• Why is each data element necessary?
• Is information used for advertising or model training?
• Which subcontractors receive data?
• How long is information retained?
• Can data be corrected, exported or deleted?
• What happens when the contract ends?
• How and when will the school be notified of an incident?
• Can the vendor unilaterally change its terms?

11. Cybersecurity Is an Educational Continuity Issue

Cyberattacks can interrupt classes, payroll, transportation, attendance systems and communication while exposing student and employee data. Cybersecurity therefore affects both privacy and the ability of a school to operate.

CISA has urged K-12 organizations to prioritize cybersecurity and to consider vendor security during procurement.

Practical controls include:

• Multifactor authentication
• Role-based account access
• Prompt software updates
• Secure and tested backups
• Phishing awareness training
• Device and application inventories
• Logging and incident detection
• Vendor security requirements
• Incident-response plans
• Removal of access when staff or students leave

Minimize data

A school cannot lose information it never collected or no longer retains. Schools should avoid sending complete student records to a platform when a smaller set of information is sufficient.

12. The Digital Divide Includes Access, Design and Use

The 2024 National Educational Technology Plan describes three related divides:

• Digital access divide: Unequal access to connectivity, devices, accessible content, support and digital citizenship resources
• Digital design divide: Unequal educator access to time and professional learning needed to design effective technology-supported instruction
• Digital use divide: Unequal opportunities for students to use technology actively to create and analyse rather than only complete passive tasks

These distinctions show why distributing laptops does not automatically create educational equity.

A student may still face barriers because of:

• Unreliable home internet
• Shared devices
• Lack of assistive technology
• No quiet place to work
• Limited technical support
• Inaccessible course materials
• Limited family digital literacy
• Instruction focused mainly on passive drill

Schools can respond by:

• Assessing home access rather than assuming it
• Providing offline and on-campus options
• Ensuring accessibility
• Offering technical support
• Investing in teacher design capacity
• Teaching digital citizenship
• Monitoring whether all student groups benefit

13. Technology Can Support College and Career Readiness

Digital tools can help students explore careers, compare education programs, build portfolios and practise workplace technologies.

Students may use technology to:

• Research occupations and salary data
• Compare colleges, certificates and apprenticeships
• Build project portfolios
• Practise spreadsheets, presentations and collaboration tools
• Attend virtual career events
• Participate in remote mentoring or internships
• Develop introductory coding, data and AI literacy
• Apply for college, aid and scholarships

Digital career tools still require verification

Students should verify program accreditation, total cost, transferability, professional licensing requirements and credible outcomes. A polished website or AI recommendation is not proof that a program is appropriate.

14. Technology Should Be Balanced With Offline Learning

Students also need conversation, reading, handwriting, movement, physical materials, creativity and relationships. Not every activity becomes better when moved to a screen.

Offline or low-technology methods may be better for:

• Direct explanation and discussion
• Close reading of printed text
• Hands-on experiments
• Art, music and physical activity
• Outdoor and community learning
• Independent writing
• Face-to-face group problem-solving
• Activities requiring sustained attention without notifications

Screen time should be evaluated by quality and purpose

One hour spent creating a documentary is different from one hour clicking through repetitive tasks. Schools should consider the age of students, content, posture, visual demands, movement and whether the activity could be completed more effectively without a device.

15. How Schools Should Evaluate Educational Technology

An edtech purchase is an instructional, accessibility, privacy, cybersecurity and financial decision—not merely a software purchase.

Use a limited pilot where appropriate

A pilot can reveal usability, accessibility and training problems before a system is adopted across an institution. Define the success measures before the pilot begins.

Possible measures include:

• Student learning outcomes
• Teacher workload
• Participation across student groups
• Accessibility defects
• Technical support demand
• Privacy or security incidents
• Total implementation cost

Common Mistakes When Using Technology in Education

• Assuming more screen time means more learning: The activity must serve an instructional purpose.
• Replacing teachers with software: Technology cannot provide the full judgment and relationship students need.
• Ignoring accessibility: Barriers should be identified before students are required to use a system.
• Collecting excessive data: More data creates more privacy and security risk.
• Using AI outputs without verification: Students and educators remain responsible for accuracy.
• Providing devices without connectivity or support: Hardware alone does not close the digital divide.
• Buying software without teacher training: Implementation capacity is part of the total cost.
• Using one score for important decisions: Platform data must be interpreted in context.
• Choosing tools based on marketing claims: Review evidence, contracts, security and actual need.
• Keeping tools after their purpose disappears: Schools should periodically retire unused platforms and delete data.

Key Insights

• Technology can support interactive learning, accessibility, online education and collaboration.
• Educational value depends on instructional design and teacher guidance.
• Online students should compare accreditation, cost, support and licensing implications.
• Personalized platforms should support—not replace—educator judgment.
• Public-school digital accessibility now has specific federal technical and compliance requirements.
• The COPPA Rule was amended in 2025 and imposes independent duties on covered operators.
• AI can support tutoring and planning, but outputs require verification and human oversight.
• Learning analytics are incomplete representations of students.
• Cybersecurity affects educational continuity as well as privacy.
• The digital divide includes access, teacher design capacity and meaningful student use.
• Schools should evaluate edtech through instructional, accessibility, privacy, security and cost criteria.

Frequently Asked Questions About Technology in Education

How is technology changing education?

Technology is expanding access to online learning, simulations, digital resources, collaboration, accessibility tools, learning data and AI-supported services. It is also creating new privacy, cybersecurity, equity and academic-integrity responsibilities.

Does technology improve student learning?

It can when the tool supports a clear instructional goal and is used with effective teaching. A digital platform does not improve learning simply because it is interactive or new.

Will technology replace teachers?

No. Technology can assist with materials, practice, feedback and administration, but teachers remain responsible for explanation, relationships, judgment and instructional decisions.

What are the benefits of online learning?

Potential benefits include scheduling flexibility, geographic access, reusable course materials and a broader range of programs. Students should still evaluate quality, cost, support and professional licensing requirements.

How can technology support students with disabilities?

Accessible tools may provide captions, keyboard navigation, screen-reader support, adjustable displays, speech tools and alternative formats. Schools should test essential functions before requiring a platform.

What accessibility standard applies to public-school websites?

The current U.S. Department of Justice ADA Title II rule uses WCAG 2.1 Level AA for covered state and local government websites and mobile applications. Current compliance dates depend on the size and type of public entity.

How is AI being used in education?

AI may support tutoring, lesson preparation, accessibility, feedback, administrative work and college or career navigation. Schools should address privacy, accuracy, bias, access and human oversight.

Can students rely on AI for assignments?

Students should follow the instructor's rules. AI may be permitted for some forms of brainstorming or practice, but it can be inaccurate and should not replace the student's own reasoning or authorship.

What is FERPA?

FERPA is a U.S. federal law providing parents and eligible students with rights concerning education records, including access, amendment and control over many disclosures of personally identifiable information.

What is COPPA?

COPPA regulates certain online collection and use of personal information from children under 13 by covered operators. It includes notice, consent, minimization, security, retention and parental-right requirements.

What is the digital divide?

The digital divide includes unequal access to devices and connectivity, unequal teacher capacity to design technology-supported learning and unequal opportunities for students to use technology actively and creatively.

How should schools choose educational technology?

Schools should evaluate instructional purpose, evidence, accessibility, teacher support, privacy, cybersecurity, equitable access, AI use, total cost and the process for deleting or returning data.

Is more screen time always harmful?

Screen time should be evaluated by age, purpose, content and what it replaces. Creating, collaborating and researching are different from passive or repetitive use.

Can an AI detector prove that a student cheated?

No detector should be treated as infallible proof. Institutions should use fair procedures and consider drafts, sources, student explanations and the complete assignment context.

Authoritative Resources

• U.S. Department of Education: National Educational Technology Plan
• U.S. Department of Education: Artificial intelligence guidance
• U.S. Department of Education: Protecting Student Privacy
• U.S. Department of Education: FERPA
• Federal Trade Commission: COPPA compliance guide
• Federal Trade Commission: COPPA Rule
• U.S. Department of Justice: ADA Title II web and mobile accessibility rule
• W3C: Web Content Accessibility Guidelines 2.2
• U.S. Department of Education: Database of Accredited Postsecondary Institutions and Programs
• CISA: Protecting Our Future—Cybersecurity for K-12
• CISA: K-12 technology acquisition cybersecurity guidance